Sentence examples for models of frequency from inspiring English sources

Presented are exact and approximate models of frequency and transient response of a rectangular 3-D panel of isotropic and orthotropic layers with general ordering across the thickness, and simply supported along its four edges.

We examined the representation of two spectrally distinct sound sources, located at ±20 deg, in the auditory space map using the static linear and multiplicative models of frequency integration.

All but the interaction effect of sloping streets by park presence remained statistically significant in the models of frequency and amount of motorised transport.

Multiple regression linear models of frequency of disordered residues as a function of both G + C content and recombination rates were calculated with the lm function of the R package (http://www.R-project.org) with A. thaliana and O. sativa data.

Chan and Levin [45] recently demonstrated that certain models of frequency-dependent prezygotic reproductive isolation allow for very rapid biased introgression of maternally inherited genomes.

Open image in new window Fig. 6 Model of frequency interference.

Frequency control adequacy is ensured by adding frequency constraints using the simplified model of frequency dynamics or through deployment of reserves based on practice experience.

The modeling of frequency dependences of transmission indexes has been performed for PS, placed in rectangular waveguide for frequency ranges of 26 37.5GHz and 37.5 54 GHz.

To fit the signal model of frequency retrieval methods, we adopt, instead of the fixed parameter μ, a propagation parameter whose value depends on the sensor index.

When the instantaneous frequency of parameter changes varies in a sufficiently smooth manner, the proposed GANS algorithm, based on a new, quasi-linear model of frequency drift, outperforms the existing solutions.

Analytic forward and inverse modeling of frequency and time domain wave interaction with complex environments, as well as processing of wave-generated data, is performed most effectively when the parameterizing basis functions are phenomenologically matched to the problem requirements.